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Knowledge of the molecular structure is key to understanding the function ofparticipating molecules in photo-induced chemical reactions. Visualizing thenuclear dynamics of a photochemical reaction requires an ultrafast measurementtechnique that can identify the location of atoms in molecules with atomic{\AA}ngstrom spatial resolution evolving on the nuclear (i.e. hundreds offemtosecond) timescale. Coulomb explosion imaging (CEI) and laser-inducedelectron diffraction (LIED) offer the required sub-{\AA}ngstrom spatial andtens of femtosecond temporal resolution to track in real-time changes in themolecular structure. In this tutorial review, details of the tools, analysisprocedures, exemplary previous results and future perspectives of both CEI andLIED techniques are described.

A tutorial review: probing molecular structure and dynamics with CEI and LIED